write a balanced chemical equation for a metal in form of ribbon burns with a dazzling white flame and charges into white powder

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Solution

Magnesium ribbons are generally burns with a white dazzling flame and the ash powder formed is white in colour.
Hence the metal is Mg and the white powder formed is MgO.
Following is the balanced chemical equation for the above recation.
2 Mg + O₂ ------> 2MgO.

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Similar questions

A silvery-white metal X taken in the form of ribbon, when ignited, burns in air with a dazzling white flame to form a white powder Y, When water water is added to power Y, it dissolves partially to form another substance Z.

(a) What could metal X be ?

(b) What is power Y ?

(d) What is substance Z ? Name one domestic use of substance Z.

(e) Write a balanced chemical equation of the reaction which takes place when metal X burns is air to form powder Y.

Q. A silvery-white metal X taken in the form of ribbon, when ignited, burns in air with a dazzling white flame to form a white powder Y. When water is added to powder Y, it dissolves partially to form another substance Z.
(a) What could metal X be?
(b) What is powder Y?
(c) With which substance metal X combines to form powder Y?
(d) What is substance Z? Name one domestic use of substance Z.
(e) Write a balanced chemical equation of the reaction which takes place when metal X burns in air to form powder Y.

What is a redox reaction ? When a magnesium ribbon burns in air with a dazzling flame and forms a white ash, is magnesium oxidised or reduced ?

Statement 1: Magnesium burns in air with a dazzling white flame.
Statement 2: Metal + Water $\to$ Metal oxide + Hydrogen

Q. Statement 1: Magnesium burns in air with a dazzling white flame forming metal oxide.
Statement 2: Metals on reaction with water produce metal oxide along with oxygen.

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write a balanced chemical equation for a metal in form of ribbon burns with a dazzling white flame and charges into white powder

Magnesium ribbons are generally burns with a white dazzling flame and the ash powder formed is white in colour. Hence the metal is Mg and the white powder formed is MgO. Following is the balanced chemical equation for the above recation. 2 Mg + O2 ------> 2MgO.

Magnesium ribbons are generally burns with a white dazzling flame and the ash powder formed is white in colour.
Hence the metal is Mg and the white powder formed is MgO.
Following is the balanced chemical equation for the above recation.
2 Mg + O₂ ------> 2MgO.